Product appearance: The interface is elliptical, with four pins welded to the PCB board. The two positioning columns next to the pins serve as positioning but not fixing during product welding. The 16Pin pins are symmetrically welded to the PCB board in an 8-8 shape, and the bottom buckle is fixed to the plastic body.

After iteration of each generation of USB standards, the updated USB standards will be upgraded and improved in terms of data transmission speed, scalability, and current transmission speed. We can use interfaces with USB Type-C standard for data transmission, connection with external devices, and power supply for devices such as phones/tablets. In addition, its exterior design also solves the problem of long-term use that troubles users. The Type-C interface adopts a double-sided symmetrical design without distinguishing between front and back, and there will no longer be an awkward situation of the interface being inserted backwards during use. Finally, the Type-C interface also has more efficient power supply capabilities. Under the USB 3.1 standard, the Type-C interface has a power supply capacity of up to 20V/5A. Not only can it be used for phone charging, but it can also be used for charging on tablets and even laptops through this interface,

Product Material: The hardware shell is made of high-strength stainless steel, the plastic is made of environmentally friendly and high-temperature resistant LCP plastic, and the pins are made of high conductivity copper. It can withstand 10000 times of repeated plugging and unplugging for its wear-resistant service life.